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billiner
- 一个用matlab编写的最近邻插值法求图像的范大于缩小的小程序
imresize
- 图像插值算法有三种方法，最近邻插值、双线性插值、卷积插值
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- 一些自己编写的图像插值算法程序。包括最近邻插值，双线性插值和双三次插值。
linearandnearest
- 图像插值算法（最近邻域和双线性），很好用。-image interpolation algorithm (recent neighborhood and bilinear), is useful.
Code
- 用matlab编写的线性插值，最近邻域插值，和双三次样条插值。-using Matlab prepared by the linear interpolation, the recent neighborhood interpolation and bicubic spline interpolation.
billiner
- 一个用matlab编写的最近邻插值法求图像的范大于缩小的小程序-Matlab prepared using a nearest neighbor interpolation for images larger than narrow the scope of small programs
imresize
- 图像插值算法有三种方法，最近邻插值、双线性插值、卷积插值-Image interpolation algorithm has three methods, nearest neighbor interpolation, bilinear interpolation, convolution interpolation
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- 一些自己编写的图像插值算法程序。包括最近邻插值，双线性插值和双三次插值。-Some have written procedures for image interpolation algorithm. Including the nearest neighbor interpolation, bilinear interpolation and bicubic interpolation.
shuangxianxingchazhisuofangtuxiang
- 本实验采用双线形插值技术进行图像的缩放。该方法输出的像素值是它在输入图像中2*2邻域采样点的平均值，它根据某像素周围4个像素的灰度值在水平和垂直方向两个方向上对其插值。在进行图像缩放时，其考虑到了相邻近的像素点间的关系。这种平均算法具有放锯齿效果，创造出来的图像拥有平滑的边缘，锯齿难以察觉，所以相对于最近邻法，其的效果比较好。在进行程序设计时，程序的输入参数为图像矩阵和结果图像的水平和垂直方向的像素数，可以忽略混叠效应。在程序运行之后可
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- 编写24位彩色图像的平移处理程序；编写基于最近邻插值算法的24位彩色图像放大处理程序；编写基于双线性插值算法的24位彩色图像放大处理程序；编写基于最近邻插值算法的24位彩色图像缩小处理程序；编写基于双线性插值算法的24位彩色图像缩小处理程序；编写基于最近邻插值算法的24位彩色图像旋转处理程序；编写基于双线性插值算法的24位彩色图像旋转处理程序；-The preparation of 24-bit color image translat
123456
- 根据所给样本数据用三种不同的方法绘制该公路并估计其长度。 分别用线性插值法、最近邻域插值法和三次样条插值法计算公路长度，并用勾股定理估计公路的长度 -According to the sample data in three different ways, the road map and estimate its length. , Respectively, by linear interpolation, nearest
Raw
- 本程序能够实现RAW文件和BMP图像的均衡化处理，RAW文件转化为BMP，图像缩放（最近邻差值方式、双线性插值、三次B样条插值），两幅图像的相似度比较-This procedure can be achieved RAW image files and BMP balanced treatment, RAW files into BMP, image scaling (the margin nearest neighbor approa
GeoTrans
- 数字图像处理中，灰度图像的放大、缩小，平移和旋转功能实现的源代码，分别采用最近邻插值法和双线性插值方式实现。-Digital image processing, the gray-scale image to enlarge, narrow, pan and rotate functions of the source code, respectively, using nearest neighbor interpolation an
RGBImage
- 利用双线性插值和最近邻插值实现RGB图像的缩放，利用MATLAB编写-The use of bilinear interpolation and nearest neighbor interpolation to achieve RGB image scaling, using MATLAB to prepare
image
- 自编各种插值，包括最近邻插值，双线性插值，还有图像拼接程序-Composing a variety of interpolation, including the nearest neighbor interpolation, bilinear interpolation, as well as image stitching program
interpolation
- 几种传统的图像插值放大方法：最近邻插值法，双线性插值法，双三次插值法-Several traditional interpolation to enlarge the image : nearest neighbor interpolation, bilinear interpolation, bicubic interpolation.
NearestNeighbour3
- 最近邻插值,在图像处理中，对变换后的图像进行插值-Nearest Neighbour interpolating
PictureParticipate
- 图像插值程序，载入图像后可以进行变形处理，提供的差值方式包括最近邻插值、三次样条插值等。-Image interpolation process can be deformed after loading the image processing methods include providing the difference between the nearest neighbor interpolation, cubic splin
最近邻插值的实现
- 最近邻插值法nearest_neighbor是最简单的灰度值插值。也称作零阶插值，就是令变换后像素的灰度值等于距它最近的输入像素的灰度值。(Nearest neighbor interpolation method, nearest_neighbor is the simplest gray value interpolation. Also called zero order interpolation, that is, the g
NearestNeighbor
- 采用最近邻法对图像进行插值，进行n倍的缩放，有示例图片，有注释，可运行，欢迎交流。(Using the nearest neighbor method for image interpolation, n times zoom, there are examples of pictures, notes, can run, welcome exchanges.)